Figure REF a shows simulation snapshots of the cells in suspensions with volume fraction \(\phi =0.11\)  and \(\phi =0.22\)  for \(\mathrm {Ca}=0.2\) .
The Taylor deformation of the suspensions, depicted in figure REF b, is calculated as an average over all cells and over time after an initial transient timespan.
We find good agreement when comparing the averaged cell deformation in suspension with [1]}, [2]}.
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